110g 10 x 10mm White Fiberglass Mesh with 1m x 50m Roll
Product Description
Fiberglass mesh products is an ideal for reinforcing external render and external wall insulation system’s, the mesh provides high impact resistance to all render and plaster systems. The fiberglass mesh also can be used for the reparation of cracks and when applying plasters to wooden substrates/drywall, or to uneven surfaces such as existing tiles.
Alkali Resistant Glass Fiber Mesh is fiberglass leno fabric as the substrate, the anti-emulsion polymer coating after immersion, which has good alkali resistance, flexibility and strong tensile strength, it can be widely used in exterior insulation finishing system (EIFS), roofing system, marble, etc.
10mm*10mm Alkali Resistant Glass Fiber Mesh used in the wall and be mixed in various materials (such as brick, light wood, prefabricated structures), to prevent cracking the scatter and whole surface pressure, especially in the external wall insulation system (EIFS ).
| Color | White, Blue, Orange, etc |
| Material | Fiberglass |
| Application | For reinforcement, mosaic, render and plaster |
| Weight | 90g, 110g, etc |
| Mesh | 10x10mm |
| Width | 1000mm |
| Length | 50m |
Conventional Packing
1. Each roll in plastic bag, then 2 rolls per woven bag.
2. Each roll in plastic bag, then 2 or 4 or 6 rolls per carton.
3. For LCL shipment, it can be 36 rolls per pallet if requested.
4. 60000 Square Meters per 20’GP.
5. 135000 Square Meters per 40’HQ.
Three Grades In Total
(1) Emulsion Grade A: The mesh is soft and high strength, not easy to break.
(2) Emulsion Grade B: Medium grade than Emulsion Grade A.
(3) Urea Glue Grade C: The mesh is stiff and low strength but it is cheap.
Benefits
(1) Easy to install, by embedding in to wet base coat render especially for large surface areas.
(2) Durable and resistant to chemical agents.
(3) Corrosion and alkali resistant.
(4) Light and easy to transport.
(5) Adaptable to uneven surfaces.
(6) Easy and safe to use and has a triple coated resin coating to prevent fraying.
